A high-sensitivity high-throughput LCMS platform for single-cell proteomics and low sample amount analysis
Posters | | Thermo Fisher ScientificInstrumentation
LC/HRMS, LC/MS, LC/MS/MS, LC/Orbitrap
IndustriesProteomics
ManufacturerThermo Fisher Scientific
Key wordsthroughput, lcms, dda, nano, sensitivity, lsa, high, thermo, gradient, scp, low, lfq, length, proteomics, scientific, ultra, protein, sample, methods, min, ids, limited, fisher, dia, arrey, beeck, consolation, tabiwang, utilization, spectrum, manner, subnanogram, algorithm, analysis, rescoring, inferys, sampler, flow, search, amounts, trademarks, separations, wasting, reproducible, needs, gdv, prtc, here, balancing, chimeric
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High-sensitivity low-nano flow LC-MS methods for high-throughput sample-limited proteomics
2023|Thermo Fisher Scientific|Applications
Technical note | 001939 Proteomics High-sensitivity low-nano flow LC-MS methods for high-throughput sample-limited proteomics Authors Goal Runsheng Zheng, Alec Valenta, Demonstrate high-throughput and high-sensitivity nano-flow LC-MS methods using a Christopher Pynn, Ece Aydin, 50 μm i.d. column operated at 100…
Key words
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Balancing sensitivity and throughput for the analysis of limited sample amounts in proteomics with ultra-low nano-flow LC-MS
2022|Thermo Fisher Scientific|Posters
Balancing sensitivity and throughput for the analysis of limited sample amounts in proteomics with ultra-low nano-flow LC-MS Runsheng Zheng1; Sun Xuefei2; Karel Stejskal3; Manuel Matzinger4; Christopher Pynn5; Karl Mechtler3, 4, 6; Oleksandr Boychenko1 1Thermo Fisher Scientific, Germering, Germany; 2Thermo Fisher…
Key words
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Optimized DDA+ and HR-DIA workflows for standardized, reproducible, precise and robust label-free quantitation of proteomes
2018|Thermo Fisher Scientific|Posters
Optimized DDA+ and HR-DIA workflows for standardized, reproducible, precise and robust label-free quantitation of proteomes Aaron S. Gajadhar1, Oleksandr Boychenko2, Xin Zhang3, Yue Xuan4, and Andreas Huhmer1, Thermo Fisher Scientific, San Jose1, CA, USA; Germering, Germany2; Sunnyvale, CA3, USA; Bremen,…
Key words
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Optimized one-pot single-cell proteomics workflow
2023|Thermo Fisher Scientific|Applications
Application note | 001933 Proteomics Optimized one-pot single-cell proteomics workflow Maximize a combination of high-confidence coverage and throughput Authors Karl Mechtler Introduction 1,2,3,4 , Manuel Matzinger 1,2,3,4 , David Hartlmayr5, Maciej Bromirski6 Research Institute of Molecular Pathology 1 (IMP), Vienna…
Key words
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